DPS-1050EB A HPE Aruba X372 Hot-Plug 1050 Watt Power Supply

DPS-1050EB A HPE Hot-Plug Redundant 1050W Power Supply

The DPS-1050EB A HPE Aruba X372 Hot-Plug Redundant 1050 Watt Power Supply is designed to offer highly reliable, efficient, and scalable power to your networking equipment. This power supply unit (PSU) is specifically engineered for use with HPE Aruba switches and provides a stable, redundant power source, which is critical for maintaining uptime in enterprise network environments. With its hot-plug capability, this power supply ensures minimal downtime during maintenance or replacement, further enhancing system reliability.

DPS-1050EB A Power Supply

Featuring a 1050-watt capacity, the DPS-1050EB A power supply offers exceptional performance, enabling the stable operation of demanding network switches and devices. The hot-plug functionality allows it to be swapped out or added without shutting down your equipment, providing increased flexibility for maintenance and scalability in data center environments.

Key Features

High Efficiency and Reliability

The DPS-1050EB A is built to meet stringent efficiency standards, reducing power consumption while maintaining high reliability. It is equipped with advanced power management technology that optimizes energy usage, thereby lowering operational costs in enterprise networking setups.

Redundant Power for Maximum Uptime

Redundant power supplies are essential for ensuring continuous operation in mission-critical networking environments. The DPS-1050EB A is designed with a fully redundant architecture, meaning that in the event of a failure, the second power supply will automatically take over, ensuring uninterrupted service.

Hot-Plug Support for Easy Maintenance

One of the standout features of the DPS-1050EB A power supply is its hot-plug capability. This allows users to replace or add power supplies without the need to shut down their entire system, resulting in minimal disruption to ongoing operations. This feature is especially beneficial in large-scale deployments where downtime can be costly and disruptive.

Compatibility with HPE Aruba Switches

The DPS-1050EB A power supply is specifically designed for compatibility with HPE Aruba X372 series switches. These switches are widely used in enterprise networking environments, and the DPS-1050EB A ensures they continue to perform optimally with consistent and reliable power. When paired with the Aruba X372, the DPS-1050EB A delivers the power needed to support the robust functionality and high performance of these advanced switches.

Applications

Data Centers

Data centers require highly reliable power supplies to ensure the uninterrupted operation of critical network infrastructure. The DPS-1050EB A, with its redundant and hot-plug capabilities, is an ideal solution for powering switches, routers, and other network equipment in data centers. It guarantees that power interruptions are minimized and operations continue seamlessly, even during maintenance periods.

Enterprise Networks

In enterprise environments, network switches must handle substantial traffic volumes and ensure constant connectivity. The DPS-1050EB A helps maintain stable power to network switches, ensuring that network performance is not compromised. Whether supporting office environments or larger corporate campuses, this power supply ensures uninterrupted service and helps mitigate the risk of downtime.

High-Demand Applications

For high-demand networking applications, such as video streaming, cloud computing, and large-scale database management, power reliability is essential. The DPS-1050EB A provides the necessary power to support these applications, ensuring devices are continuously powered and operational. Its 1050-watt capacity is more than sufficient to handle the energy needs of modern, power-hungry network switches.

Understanding Power Redundancy in Network Infrastructure

The Importance of Redundancy

Redundancy is a critical component in designing network infrastructure, especially for enterprise networks and data centers where uptime is a top priority. By utilizing redundant power supplies, the risk of power failure is significantly minimized. In the event that one power supply fails, the second one kicks in immediately to prevent any interruption in service. The DPS-1050EB A power supply’s redundant design offers peace of mind, ensuring that your network equipment remains operational even under adverse conditions.

How Redundant Power Supplies Work

Redundant power supplies, like the DPS-1050EB A, work by providing two (or more) power sources to an individual piece of network equipment. These power supplies work in parallel, with one serving as the active source while the other remains in standby mode. If the active power supply fails, the standby power supply automatically takes over, ensuring that the system does not experience downtime. This design is essential for networks where any downtime could result in significant losses or disruptions.

Benefits of Hot-Plug Power Supply Technology

Reduced Maintenance Downtime

Hot-plug technology allows for easy maintenance without the need to turn off equipment. For large enterprise networks and data centers, this means that power supplies can be replaced or upgraded without disrupting operations. This capability is especially important in environments where uptime is critical and even short periods of downtime can have negative consequences.

Flexibility and Scalability

Hot-plug power supplies like the DPS-1050EB A enable users to add or remove power supplies as their network grows. This flexibility is particularly valuable in rapidly growing environments where power needs can change quickly. Rather than waiting for scheduled downtime to perform upgrades, administrators can swap power supplies as necessary without interrupting their network’s operations.

Energy Efficiency of DPS-1050EB A

Power Consumption Management

Energy efficiency is one of the primary considerations when selecting a power supply unit, particularly for large-scale network operations. The DPS-1050EB A features advanced power management technology that minimizes energy wastage, lowering overall electricity costs. By maintaining high efficiency, the DPS-1050EB A helps businesses meet sustainability goals while also saving on operating expenses.

Meeting Environmental Standards

The DPS-1050EB A power supply meets several international energy efficiency standards, ensuring that it provides a balance of performance and environmental responsibility. For businesses looking to minimize their carbon footprint and comply with environmental regulations, this power supply is a reliable and eco-friendly choice.

Choose DPS-1050EB A Power Supply

Proven Quality from HPE Aruba

HPE Aruba is known for producing high-quality networking equipment that is designed to meet the demanding needs of enterprise environments. The DPS-1050EB A power supply is no exception. With a reputation for reliability, HPE Aruba ensures that this power supply delivers the performance and uptime required in high-performance networking environments.

Enhanced System Stability

System stability is key to any network’s success, and the DPS-1050EB A power supply contributes to that stability by providing consistent and reliable power to connected equipment. The redundant and hot-plug features further enhance this stability by ensuring that the network remains operational even in the event of hardware failures.

Long-Term Cost Savings

By investing in a high-efficiency power supply like the DPS-1050EB A, businesses can realize long-term cost savings. The efficient operation reduces energy consumption and operational costs, while the redundant design reduces the risk of costly downtime. Over time, these cost savings can add up, making the DPS-1050EB A a smart investment for businesses looking to optimize their network infrastructure.

Durability and Lifespan

The DPS-1050EB A power supply is designed to withstand the rigors of continuous operation. With a robust build and advanced components, it is engineered for long-term use in demanding environments. This durability translates into a longer lifespan, reducing the need for frequent replacements and ensuring that your network remains operational for years to come.